baber/WOPTO huggingface dataset:
Patent JP-S5884327-A (JP)
Title: Start controlling system of electronic computer system
Inventor: KUWABARA SHIGEYUKI
IPC: G06F1/26
Filed: 1981-11-13
Abstract: PURPOSE:To enable the reexecution of the starting procedure while raising up the temperature by making use of the heat generating function of a device itself in case a working fault is detected for the device, by having the queuing for a prescribed period to give the warm-up to the hardware. CONSTITUTION:When a fault detecting signal 2a is supplied, an AND circuit 2 produces the reexecution request signal 2a for the start procedure. A one-shot circuit 4 decides the time width of the start procedure reexecution indicating signal.The output signal 4a is fed to a delaying circuit 6 via an AND circuit 5 and at the same time used for resetting of the error signal. The circuit 6 delivers the reexecution indicating signal 6a for the start procedure on the basis of the balance of the start process time, the prescribed reexecution frequency, etc. of a device in order to secure the rising time of temperature due to the internal heat generation of the device. In such way, the reexecution is possible for the start procedure while raising up the temperature by making use of the heat generation of a semiconductor element itself and even in case a computer system is started at a low temperature.
Patent JP-H108272-A (JP)
Title: Mounting device of sacrificial anode member
Inventor: IWASAKI MASAO
IPC: C23F13/18
Filed: 1996-06-21
Abstract: PROBLEM TO BE SOLVED: To provide a mounting device of a sacrificial anode member capable of easily attaching and detaching the cap nut of a saddle ferule and the head part of the mounting bolt of the joint of the waterworks pipe, etc., embedded under the ground. SOLUTION: This mounting device of the sacrificial anode member has a main body which is formed by bending a conductive metallic plate to a channel shape or U shape and integrally connecting the one-side ends of an upper plate 14 and lower plate 15 facing each other at a connecting part. The central part of the upper plate 14 is projectingly provided with a mounting screw part and is provided with plural elastic pawls 18 formed by blanking the peripheral part thereof and bending and louvering the port upward. The lower plate 15 is formed to a forked shape having a notched part engaging with the part under the neck of the mounting part of the sacrificial anode member 12. Either of the upper plate 14 or the lower plate 15 is provided with a stopper guide plate 23 engaging with the opposite flanks of the mounting part.  The elastic pawls 18 are pushed down by the sacrificial anode member 12 screwed to the screw part, by which the elastic pawls are pressed to the mounting part in such a manner that the sacrificial anode member 12 and the mounting part are electrically conducted via the elastic pawls 18.
Patent JP-H0629651-A (JP)
Title: Printer structure for flexible circuit board
Inventor: TAKAHASHI HIROMASA
IPC: B41F15/08
Filed: 1992-07-08
Abstract: PURPOSE:To stabilize quality by forming a protrusion on a vacuum suction plate. CONSTITUTION:The solder resist in the vacuum suction plate structure of a printer for a flexible circuit board has a structure wherein a protrusion is formed on the part correcponding with the vacuum suction plate. The protrusion is formed by machining the vacuum suction plate 1 itself, or by sticking a protrusion shape on the vacuum suction plate 1, with an adhesive tape. A flexible circuit board is mounted on the vacuum suction plate 1, and subjected to screen printing. Pressure partly transmitted from a screen mask is increased at a part where solder resist 4 is hard to be spread in the conventional technique, so that a screen mask follows the part where the screen mask has not followed in the conventional techique, and the solder resist is spread. Thereby the solder resist can be surely spread, and a flexible circuit board of stable quality can be supplied.
Patent JP-H0531604-A (JP)
Title: Rotary cutting tool
Inventor: HIROYASU MINORU
IPC: B23B29/02
Filed: 1991-07-22
Abstract: PURPOSE:To provide a tool which can be used effectively over a comparatively long period of time and at the same time at which a cutting edge can be fixed surely and accurately to a main body. CONSTITUTION:A main body 18 where the 1st screw hole 12, the 2nd screw hole 14 and a positioning portion 16 are formed, a fixed screw 22 that has a taper place 20 at its inner periphery surface and fits into the 1st screw hole 12, a collet member 24 that is engaged with the positioning portion 16 and at the same time whose diameter is contracted at the taper place 20 of the fixed screw 22, a bite 26 that is retained at the inner periphery surface of the collet member 24, and an adjustment screw 30 that fits into the 2nd screw hole 14 and can adjust the projecting quantity of the cutting edge portion 28 of the bite 26, are equipped.
Patent JP-S57104852-A (JP)
Title: Semiconductor sensor
Inventor: ITOU YOSHITAKA
IPC: G01N27/00
Filed: 1980-12-23
Abstract: PURPOSE:To provide a sensor which is compact and has a long life, by a method wherein a gate part is formed in a concavity, a gate insulating film is formed in the concavity surface, and the concavity is filled with an internal liquid to cover an opening with a penetrating film. CONSTITUTION:A source 2 and a drain 3, which consists of an n<+> type semiconductor region, are formed on a p<-> type conductor substrate 1, a concave process 4 is provided between the source 2 and drain 3, and a gate insulating film 5 is formed on the surface of the concave recess 4. In a comparison electrode sensor, the recess 4 is filled with a non-ion sensitive gelleous material, for example, 1% agarose gel which is buffer-treated with 0.1mol phosphatic liquid to cover an opening part with a silicon rubber film 7 having pin holes. Additionally, the silicon rubber film 7 forms a gas penetrating film, and the internal liquid forms a material corresponding to a detecting gas, and this permits the use of the sensor as a gas sensor. Like this, the recess is filled with the internal liquid, which results in simplifying the manufacture of a sensor and lengening a sensor life.
Patent JP-S6073594-A (JP)
Inventor: MIZOGUCHI YUTAKA
IPC: G10L15/28
Filed: 1983-09-29
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H11351076-A (JP)
Title: Vacuum holding composite valve for fuel tank
Inventor: FUJISAWA KAZUTO
IPC: F02M25/08
Filed: 1998-06-12
Abstract: PROBLEM TO BE SOLVED: To attach a vacuum holding composite valve to a fuel tank easily, by unifying two-way valves interposed between the fuel tank and a canister, a vent control valve interposed in series in a bypass passage parallel with the two-way valves, and a one-way valve for allowing such a flow of evaporative fuel as lead from the fuel tank to the canister, within a single casing compactly. SOLUTION: A fuel tank 2 is connected to an intake pipe leading to an engine, via two-way valves C and D and a canister 29, and a vent control valve A adapted to be opened or closed in agreement with the operating conditions of the engine as well as a one-way valve B for allowing such a flow of evaporative fuel as lead from the fuel tank 2 to the canister 29 are interposed in series in a bypass passage 18 parallel to the two-way valves C and D. The vent control valve A is placed at the upper end wall of a block casing, the one-way valve B and the negative-pressure valve D are located at the respective side walls thereof, and the positive-pressure valve C is arranged at the lower end wall thereof. The casing is also formed in its front wall with an inlet connecting to the fuel tank 2 and in its rear wall with an outlet connecting to the canister 29.
Patent JP-H063176-A (JP)
Title: Dispensing device
Inventor: FUJIWARA KENICHI
IPC: G01F13/00
Filed: 1992-06-17
Abstract: PURPOSE:To obtain a dispensing device capable of always stably dispensing an exact quantity even in the case where the quantity of fluid within a vessel is changed. CONSTITUTION:A vessel means 10 in which fluid for discharge is contained and compressed gas for pressurizing the fluid is applied, a volume control means 24 for controlling an approximately fixed volume occupied by the compressed gas within the vessel means regardless of the quantity of the fluid within the vessel means and a gas control means 24 for controlling time and pressure of the compressed gas every discharge regardless of the quantity of the fluid within the vessel means are equipped.
Patent JP-H11349110-A (JP)
Title: Article storage facility
Inventor: KOBUKI MANABU
IPC: B65G1/133
Filed: 1998-06-11
Abstract: PROBLEM TO BE SOLVED: To store articles such as a can in which hazardous substance is canned, etc., in an article storage tool. SOLUTION: It is furnished with a rotary shelf furnished with an article storage tool 12 supported free to revolve and a transfers device to deposit and deliver an article G to and from the article storage tool 12 and has a space 12C into which article support members 25A, 35A, 42A of the transfer device between a lower virtual surface A formed of a bottom part 12A of the article storage tool 12 and an upper virtual surface B formed of an article support part 12B of the article storage tool 12.
Patent JP-H0469986-A (JP)
Title: Output correcting device for magnetoelectric transducer
Inventor: FURUUMI HIROSHI
IPC: H01L43/02
Filed: 1990-07-11
Abstract: PURPOSE:To correct variation in the output of an MR element upon aging change and to effectively convert to a rectangular wave by varying an offset signal to be added to the output signal of a magnetoelectric transducer to regulate the output signal level of level converting means in a range of upper and lower limits if the output level of level converting means exceeds a threshold value. CONSTITUTION:If the output signal w3 of an amplifier 2 exceeds a threshold value S2 of an upper limit setter 5, the setter 5 outputs a signal for reducing a counted value to a counter 7 to lower the offset voltage of the amplifier 2. As a result, the level of a signal W0 to be output from the amplifier 2 is corrected to a lower value to become like w1, w2. When the corrected output signals w1, w2 are shaped by a waveform shaper 3 based on reference voltages Vref 1 and Vref 2, a rectangular wave is obtained. A rectangular wave wr1 corresponds to the sine wave signal w1, and a rectangular wave wr2 corresponds to the sine wave signal w2. Thus, the level of a signal w3 deviated from the range set by the setter 5 and a lower limit setter 6 is corrected to effectively detect the output signal of an MR element 1 as a rectangular signal.
Patent JP-2000022249-A (JP)
Title: Pulse power supply device
Inventor: KOGANEZAWA TAKEHISA
IPC: H01S3/097
Filed: 1998-06-29
Abstract: PROBLEM TO BE SOLVED: To provide a pulse power supply device by which a prediction timing signal of pulse output supplied to a load device can be obtained with high accuracy. SOLUTION: In this pulse power supply, the charge/discharge current of a final stage capacitor C2 is detected by a current detector 11, a discharge current timing is obtained by a current detector 12. A prediction timing is obtained for an AND-circuit on the condition of the output of a monostable multivibrator 13 which determines certain time after a switch SW being on. A timer 15 obtains a timing signal delayed for only the period of time when the load device is charged compared with the prediction timing signal. This device includes detecting current or voltage induced by the saturable operation of a saturable reactor by a current detector, and correcting the prediction timing signal by a signal process circuit with a voltage command etc.
Patent JP-2000016797-A (JP)
Title: Jack actuation control device of working vehicle
Inventor: NAKAMORI YOSHIMASA
IPC: B66F11/04
Filed: 1998-06-29
Abstract: PROBLEM TO BE SOLVED: To provide a jack actuation control device of a working vehicle such that while a jack is grounded, the vehicle will not start to move by itself and that even if an operator inadvertently touches a control lever, the jack will not operate by mistake. SOLUTION: A control device 57 of an over-fence working vehicle has a brake actuation detecting sensor 59 for detecting whether or not the vehicle is being braked, a vehicle stop detecting sensor 61 for detecting whether or not the vehicle is stopped, a total boom contraction detecting sensor 63 for detecting whether or not a boom has contracted, and a controller 65. If the contracted state of the boom is detected by the total boom contraction detecting sensor 63 while the braked condition of the vehicle is detected by the brake actuation detecting sensor 59 and the stopped condition of the vehicle is detected by the vehicle stop detecting sensor 61, then the controller 65 puts a jack 7 into an actuatable state on the basis of their detection signals and the jack 7 is actuated at the press of a jack actuating switch 69 to stably support the vehicle.
Patent JP-H01104064-A (JP)
Title: Basically substituted benzofurancarboxylic acid amide, manufacture and medicine
Inventor: RAINAA SHIYURETSUKAA
IPC: C07D405/12
Filed: 1988-07-22
Abstract: Benzofurancarboxamides with basic substituents, of the formula I 
<IMAGE>
 in which R<1> and X have the meanings given in the description.
Patent JP-H0231467-A (JP)
Title: Manufacture of non-volatile semiconductor memory device
Inventor: OOISHI MITSUMASA
IPC: H01L27/115
Filed: 1988-07-21
Abstract: PURPOSE:To enable a second gate oxide film to be thin by a method wherein a leakage current between a floating gate electrode and a control gate electrode is restrained as a highly concentrated impurity is not added to a polycrystalline silicon which constitutes the floating gate electrode. CONSTITUTION:A floating gate is formed of polycrystalline silicon. The floating gate formed in the above process is thermally oxidized. Furthermore, the thermally oxidized floating gate electrode is subjected to a heat treatment to enable the grain boundary of polycrystalline silicon to grow. Then, the oxide film formed through a thermal oxidation is removed. The floating gate where the oxide film has been removed in this process is thermally oxidized to form a second gate oxide film on it. As mentioned above, polycrystalline silicon thermally oxidized is subjected to a heat treatment to make grain boundaries grow for enabling an electrical conductivity to improve instead of adding a highly concentrated impurity to the polycrystalline silicon which forms the floating gate electrode. Moreover, an accelerated oxidation of impurity can be restrained, so that the second gate oxide film can be small in thickness.
Patent JP-H079590-A (JP)
Title: Oblique bending device of automatic box making blank
Inventor: TORIYAMA DAIGORO
IPC: B31B50/36
Filed: 1993-06-29
Abstract: PURPOSE:To bend the oblique bending part of a blank without damaging the blank by arranging a blank detection sensor raising and lowering a lift member through an automatic control device on the basis of the detection signal obtained when the blank is detected. CONSTITUTION:When the leading end edge of a blank A is fed to a blank detection sensor 19, the sensor 19 detects the leading end of the blank A to send the detection signal to an automatic control device 20. The automatic control device 20 sends an operation command signal to a lift member 18 on the basis of the signal and raises the lift member to bring the same into contact with the rear surface of the bending part of the fed blank A. When the blank A is further fed, the bending part 10a thereof is raised by the lift member 18 to be placed on bending members 9, 10. After the time up to the point of time when the bending part 10a of the blank part is placed on the bending members 9, 10 is elapsed, the automatic control device 20 transmits a return command signal to the lift member 18 and, when this return command signal is transmitted, the lift member 18 is allowed to fall to return to the original position.
Patent JP-H0879094-A (JP)
Title: Reed-solomon decoder
Inventor: JIYATSUKU MEIYAA
IPC: H04B14/04
Filed: 1995-06-27
Abstract: PURPOSE: To provide a Reed-Solomon decoder which can supply the errors of coefficients to be processed first in the transmitting order of the coefficients. CONSTITUTION: A Reed-Solomon decoder receives the codes of M pieces of coefficients having the maximum value N. Of the coefficients, (t) pieces can be corrected. The Reed-Solomon decoder contains 2t pieces of polynominal counters 12-124 which successively receive M pieces of data in each row and a rank (i) (i=0, 1,..., 2t-1) of polynominal counters 12-14 supply the coefficient in i-th term of a syndrome polynominal. A certain circuit supplies the coefficient of an error locator polynominal from the coefficient of the syndrome polynominal. Another circuit finds the root the error locator polynominal by successively finding values α<1> to αM. A multiplier 44 using a multiplier of α<(> B<+i)(> N<-> M<)> is provided in the preceding stage of the counters 12-14. The αB<+i> is the i-th root of a code generating polynominal.
Patent JP-S5972034-A (JP)
Title: Pressure transmitter
Inventor: ASADA RIYUUZOU
IPC: G01L19/04
Filed: 1982-10-18
Abstract: PURPOSE:To attain an excellent temperature characteristic by connecting a pressure receiving element and a displacement converting mechanism by a connecting shaft and combining two or more kinds of materials to constitute this connecting shaft. CONSTITUTION:The constitution of a connecting shaft 18 applied to a pressure transmitter is shown in Fig. In this connecting shaft 18, the first columnar shaft member 19 and the second cylindrical shaft member 20 are formed with different materials, and these two shaft members 19 and 20 are fitted to each other coaxially and are welded in end faces to be joined. For example, the first shaft member 19 is formed with SUS316 (thermal expansion rate of 16X 10<-5>/ deg.C), and the second shaft member 20 is formed with Ni-SPAN C (thermal expansion rate of 8X10<-6>/ deg.C). A main body 1 is formed with SUS316 (thermal expansion rate of 16X10<-6>/ deg.C), and fixed electrode parts 4a and 4b are formed with ceramic (8X10<-6>/ deg.C), and supporting rings 5a and 5b and moving electrodes 10a and 10b are formed with Ni-SPAN C (8X10<-6>/ deg.C).
Patent JP-S6161367-A (JP)
Title: Manufacture of gas diffusion electrode
Inventor: DEGUCHI KATSUO
IPC: H01M4/88
Filed: 1984-08-31
Abstract: PURPOSE:To efficiently obtain a gas diffusion electrode having a desirable shape by absorbing a suspension in which catalyst powder is suspended in a sheet-shaped porous base material and drying it. CONSTITUTION:Catalyst powder such as activated carbon, graphite, or acetylene black is put in a solvent such as xylene and stirred to obtain a suspension. Porous base material such as alkali cellulose is immersed in the suspension, and they are stirred. The base material is taken out from the suspension, and dried. By this process, a large number of gas diffusion electrodes are produced by using a lot of porous base material. By using porous base material having various shapes, many types of gas diffusion electrodes are produced.
Patent JP-H1024156-A (JP)
Title: Bouncing ball game machine
Inventor: UCHIGASHIMA TOSHIHIRO
IPC: A63F7/02
Filed: 1996-07-11
Abstract: PROBLEM TO BE SOLVED: To achieve a discharging of game balls from an upper tray to a lower tray in a shorter time in a bounding game machine. SOLUTION: An upper tray 24 of a pachinko machine is provided with a rectangular ball withdrawal port 38 from a storage section 28 to a ball guide part 3. An opening/closing member 40 is arranged inside the upper tray 24 to open or close the ball withdrawal port. When the opening/closing member 40 is set to an open position, game balls of the storage section 28 and the ball guide part 3 drop at the ball withdrawal port 38. As the ball withdrawal port 38 is made rectangular from the ball guide part 3 to the storage section 28, a plurality of game balls can drop simultaneously. The game balls dropping from the ball withdrawal port 38 are discharged directly to the lower tray 22 by a ball withdrawal path 50 and a receiving path 56.  The ball withdrawal port 38 lets the plurality of game balls simultaneously drop to allow quick movement of the game balls to the lower tray 22 from the upper tray 24 thereby shortening required time.
Patent JP-S57105544-A (JP)
Title: Suction device for engine
Inventor: YOSHIMURA MASATO
IPC: F02M17/18
Filed: 1980-12-22
Abstract: PURPOSE: To enable to expedite atomization of fuel by providing a fuel atomizer having a ultrasonic vibrator in a suction passage, a gaseous mixture supply opening downstream an air intake and a supercharger upstream the same, in a captioned suction air system of a diesel engine.  
     CONSTITUTION: A fuel atomizer 10 is provided in a suction passage 4 downstream a supercharger blower 9 and constitutes a supplementary system of a main fuel supply system through a fuel injection pump 12. A ultrasonic vibrator 15 is provided on the bottom of a casing 14, fuel accommodated to a fixed level through a float 18 of a float chamber 17 is atomized to a size of several microns with its vibration and is dispersed in a mixing chamber 19. This gase- ous mixture generated in a Venturi 21 through passing of a stream of hot suction air compressed by a blower 9 is led to the suction passage 4 with a negative pressure. Atomization is expedited through heat given by the blower 9 and the atomization of the fuel led is kept unchanged as the fuel does not pass through the blower 9. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H0472268-A (JP)
Title: Sorter for image forming device
Inventor: SUGISHIMA YOSHIO
IPC: B65H29/20
Filed: 1990-07-09
Abstract: PURPOSE:To securely nip sheets and carry the sheets while absorbing a balance between the peripheral speed of soft sponge and hard rollers and that of a discharge roller by making up a carrying roller with the soft sponge roller and the hard roller of small friction coefficient material and driving both the soft sponge roller and the hard roller. CONSTITUTION:A carrying roller 11 is made up with a soft sponge roller 11a and a hard roller 11b of small friction coefficient material. As the peripheral face of the soft sponge roller 11a is easy to flexibly transform, sheets are securely nipped by a pair of these rollers 11a, 11b and the hard roller 11b provides small friction coefficient. As a result, with a balance between the peripheral speed of the carrying roller 11 and that of a discharge roller 2, the soft sponge roller 11a and the hard roller 11b driven together give slippage to sheets, which are carried with a balance between the peripheral speeds absorbed. After the sheets carried by the carrying roller 11 are apart from the discharge roller 2, the soft sponge roller 11a and the hard roller 11b perform carrying at a preset speed.
Patent JP-S5972098-A (JP)
Inventor: SATOU MASUO
IPC: F27D19/00
Filed: 1982-10-18
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。